270 X 39 degree Cylindrical panorama - Day
Millfield School, Glastonbury
Night-time verified views of proposed sports pitch lighting
Night time photography & lighting proposals
Project Overview
Working alongside Clive Miller Planning Ltd, we were commissioned by Millfield School to prepare a suite of accurate night‑time verified views illustrating how proposed floodlighting would appear within the wider landscape setting of Glastonbury Tor. The school’s proximity to Glastonbury Tor, a Scheduled Monument and widely visited landmark, meant the visual needed to reflect the distinctive elevated vantage point of St Michael’s Tower.
Our role focused on producing technically robust night‑time visualisations captured during a new moon to minimise skyglow and ensure a realistic baseline. The Tor’s cultural significance and panoramic visibility demanded a carefully controlled photographic and modelling approach.
Visualising Night‑time Conditions from Glastonbury Tor
The key challenge was to demonstrate how new sports lighting would sit within a nationally recognised landscape. Glastonbury Tor offers uninterrupted 360‑degree views across the Somerset Levels, meaning any new luminaires would be directly compared with existing settlement and sports lighting.
To meet recognised guidance, we manually controlled the exposure and shutter speeds to produce the best results and timed the shoot during low humidity and moon phase to ensure clarity and neutrality. The elevated setting around St Michael’s Tower required a visual output that was both technically precise and easily interpretable by planning officers and stakeholders.
Location
- Millfield School, Glastonbury
Client
- Millfield School
Collaborators
Clive Miller Planning Ltd
Arden Landscape Design
Misco
270 X 39 degree Cylindrical panorama - Dusk
270 X 39 degree Cylindrical panorama - Night
Night‑time Photographic Approach
Following Landscape Institute guidance for night‑time photography, we established a baseline during a new moon to avoid unintended sky illumination. High above the somerset levels Glastonbury Tor’s elevation makes camera levelling essential to maintain horizon accuracy suitable for panoramic stitching.
Key steps included:
- Portrait‑orientation capture to maximise foreground detail
- A 270‑degree cylindrical panorama stitched from multiple exposures, taken form the southeast corner of the tower.
- Timed intervals from daylight to dusk and full darkness to reflect local lighting
- A dedicated 53.5‑degree planar panorama focused on the pitches for verified assessment
This approach ensured a consistent and reliable photographic foundation for the modelling stage.
Existing 90 degree Cylindrical representative panoramic view
Lighting Model Calibration & Verified View Production
We modelled the proposed lighting columns and luminaires using topographic data and manufacturer specifications, including IES files (Illuminating Engineering Society) to reflect real‑world performance. Each luminaire was positioned to match the design intent and aligned with the surveyed pitch layout.
A single 50mm portrait baseline photograph from the south‑west corner of St Michael’s Tower provided the anchor point for the verified view. Rendered lighting outputs were composited onto the night‑time baseline using exposure and white‑balance settings consistent with real camera behaviour.
The final deliverables included:
- A 270‑degree representative night‑time panorama
- A 53.5‑degree verified planar view suitable for planning submission
Planning Assessment
The verified views played a central role in assessing how the proposed lighting related to existing night‑time conditions across Glastonbury, Street and the Somerset Levels. The imagery clearly illustrated the relative prominence of the lighting when viewed from the Scheduled Monument and helped communicate the relationship between the school, the town and the wider ridgeline.
Millfield School used the material to support engagement with advisers and the Local Planning Authority throughout the planning process.
Existing and proposed night time view
Outcome
This project highlights the value of accurate night‑time visualisation for sensitive and highly visible locations such as Glastonbury Tor. The verified views provided a consistent reference alongside the manufacturer’s technical material and planning permission was granted in November 2025.
